Kershaw Blur Folding Knife 3.5" Drop Point Blade Olive Drab

In the realm of edged tools, where reliability and versatility are paramount, Kershaw's Blur stands as a testament to enduring design and functionality. For those who appreciate craftsmanship blended with practicality, the Blur is not just a knife; it's an essential tool ready for any cutting task.

At its core lies a slightly recurved blade—an engineering choice that enhances both slicing and piercing capabilities. Crafted from high-performance 14C28N stainless steel, this blade offers superior resistance to corrosion while maintaining edge retention even through rigorous use. Whether you're tasked with routine duties or find yourself in unpredictable outdoor environments, the Blur promises unwavering performance.

The current iteration features a sleek black Cerakote coating on the blade. This finish not only provides additional protection but also increases hardness—a nod to durability in demanding conditions. Users can select between a plain edge or one that incorporates partial serration depending on their specific needs.

Aesthetically pleasing yet functionally robust, this model comes adorned in olive and black tones—a combination that underscores its tactical appeal without sacrificing elegance. Its anodized aluminum handles are engineered to resist scratches and fading over time, ensuring your knife maintains its appearance despite regular handling.

The inclusion of Trac-Tec inserts further exemplifies Kershaw’s commitment to user experience by promoting an uncompromising grip under various conditions. Coupled with Kershaw's assisted opening mechanism, these features allow for smooth one-handed operation via thumb stud—emphasizing ease of access when it matters most.

Proudly made in the USA, each component reflects precision and attention to detail synonymous with American manufacturing excellence. While older models were finished with black DLC coatings, current productions embrace Cerakote finishes—illustrating Kershaw’s dedication to continual improvement based on real-world feedback and technological advancements.